Abstract:
Methods for forming a quarter window and an injection molding component, a guide rail, a quarter window, a vehicle door and a vehicle are provided. The guide rail has an extension part. The extension part has a groove with its opening disposed on a surface of the extension part. A protrusion part made of plastics is disposed on the surface of the extension part, which surrounds the groove. When the first mold is pressed against the second mold, the second mold is pressed on the surface of the extension part and the protrusion part. The protrusion part would deform under force, which causes the second mold to be contact closely with the extension part, and avoids a gap being generated in the groove between the second mold and the extension part. When the injection pressure is great, the guide rail may be pushed downwards. So, the protrusion part is subject to a smaller pressure than the injection pressure from the second mold. As a result, the deformed protrusion part may recover deformation along a direction opposite to the guide rail being pushed downwards, which makes the second mold contact closely with the extension part, and avoids a gap being generated in the groove between the second mold and the extension part, thus avoids glue overflow structures in the groove.
Abstract:
A multilayer window guiderail is disclosed. The window guiderail includes a rail portion having an outer edge, a rail surface and an opposing rear surface. The rail portion includes a core and an integral rail cover layer disposed on the core. The core includes a first polymer material and the rail cover layer includes a second polymer material. An apparatus for making a multilayer guiderail includes a plurality of die portions having respective cavity portions. The cavity portions are configured to define a die cavity having the shape of the guiderail, at least one of the die portions being a slidable die portion and at least one of the die portions being a fixed die portion. The parting surface of the slidable die portion is configured for sliding translation of its parting surface over the parting surface of the fixed die portion along a translation path.
Abstract:
The invention concerns a window lift arrangement with a lifter (104) for a window pane (106), a door panel (102), positioning means (118, 120) for positioning the lifter (104) relative to the door panel (106) in an installation position for installation of the window pane, wherein the positioning instruments (120) can assume a first and a second position, wherein the positioning instruments (120) in the first position define the installation position and wherein the positioning instruments (120) in the second position release a movement of the lifter (104) for opening and closing the installed window pane (106).
Abstract:
Bahngesteuerter Fensterheber eines Kraftfahrzeugs mit einem Mitnehmer (2), der mit einer Fensterscheibe (1) des Kraftfahrzeugs verbunden und mittels eines Antriebsmechanismus zur Verstellung der Fensterscheibe (1) antreibbar ist, und einer in dem Kraftfahrzeug befestigten, mehrteiligen Grundplatte (4), auf der mindestens drei Führungsbahnen (51, 52, 61) zur Führung des Mitnehmers (2) und zur Verstellung des Mitnehmers (2) entlang eines durch die Führungsbahnen (51, 52, 61) gebildeten Verstellweges ausgebildet sind. Die Grundplatte (4) besteht aus einem Trägerteil (6) und einem Versteifungsteil (5), die nach Art eines Ober- und Unterzuges eines Doppel-T-Trägers mit Abstand zueinander angeordnet und fest miteinander verbunden sind. Der Mitnehmer (2) ist über Gleiter (31, 32, 33) mit den Führungsbahnen (51, 52, 61) verbunden, die um die Y-Achse des Kraftfahrzeugs drehbar und um eine senkrecht zu den Führungsbahnen (51, 52, 61) ausgerichtete und im Wesentlichen in der Ebene der Fensterscheibe (1) liegende Achse schwenkbar gelagert sind.
Abstract:
A door window system is provided. In at least one embodiment, the door window system includes a core module (100), window track (200), a window track glass guide (600) operatively engaged with the window track (200) to be guided along the profile of the window track (200), a bracket (300) integrally formed on the core module (100), and a pulley (500) attached to the bracket (300) wherein the pulley (500) is in communication with a cable (700) that is attached to the window track glass guide (600).
Abstract:
A closure assembly for a motor vehicle includes a closure member, a guide track and a carrier operably secured to the guide track for movement along the guide track and carrying the closure member therewith. A rack has a plurality of teeth and extends along the guide track. A pinion gear is carried by the carrier and has teeth engaging the rack. A motor is operably connected to the pinion gear to selectively move the closure member from one position to another. The carrier includes at least one engagement member biased into engagement with the guide track to prevent binding of the carrier with the guide track and to maintain contact between the pinion gear and the rack.